bakery is considering buying one of two gas ovens. The bakery requires that the temperature remain constant during a king operation. A study was conducted to measure the variance in temperature of the ovens during the baking process. he variance in temperature before the thermostat restarted the flame for the Monarch oven was 2 for 16 measurements. he variance for the Kraft oven was 2.5 for 22 measurements. Does this information provide sufficient reason to conclude nat there is a difference in the variances for the two ovens? Assume measurements are normally distributed and use a 0.0 evel of significance. (a) Find F. (Give your answer correct to two decimal places.) (ii).Find the.p:.value. (Give your answer correct to four decimal places.) is Enter a number. ippipropriate conclusion. Reject the null hypothesis, there is significant evidence to show a difference in variances. Reject the null hypothesis, there is not significant evidence to show a difference in variances. Fail to reject the null hypothesis, there is not significant evidence to show a difference in variances. Fail to reject the null hypothesis, there is significant evidence to show a difference in variances. bakery is considering buying one of two gas ovens. The bakery requires that the temperature remain constant during a king operation. A study was conducted to measure the variance in temperature of the ovens during the baking process. he variance in temperature before the thermostat restarted the flame for the Monarch oven was 2 for 16 measurements. he variance for the Kraft oven was 2.5 for 22 measurements. Does this information provide sufficient reason to conclude nat there is a difference in the variances for the two ovens? Assume measurements are normally distributed and use a 0.0 evel of significance. (a) Find F. (Give your answer correct to two decimal places.) (ii).Find the.p:.value. (Give your answer correct to four decimal places.) is Enter a number. ippipropriate conclusion. Reject the null hypothesis, there is significant evidence to show a difference in variances. Reject the null hypothesis, there is not significant evidence to show a difference in variances. Fail to reject the null hypothesis, there is not significant evidence to show a difference in variances. Fail to reject the null hypothesis, there is significant evidence to show a difference in variances